austenite的例句大全

Liquid penetrant test for austenite weld joint and the reliable measures

奥氏体焊缝渗透探伤与可靠性措施

Drawing of Time Temperature Transformation ( TTT) of Steel's Metastable Austenite by Computer

计算机绘制钢的过冷奥氏体等温转变（TTT）曲线

The segregation concentration of P at prior austenite grain boundaries has been measured with selective etching and found to be related to quenching temperature fitting McLean's theory of equilibrium segregation.

用饱和苦味酸溶液腐蚀显示奥氏体晶界，通过奥氏体晶界腐蚀沟槽深度估算出杂质磷在奥氏体晶界的平衡偏聚浓度，它和淬火加热温度之间的关系符合Mclean的平衡偏聚理论。

The deformation increases quantity of island structure in the product of medium temperature transformation in austenite and makes it finer.

形变使奥氏体中温转变产物岛状组织数量增加，并使之细化。

The cause might be that CFB has a higher temper resistance than M. And carbon enriched retained austenite film in CFB with a good thermal stability might improve the toughness of the steel after tempering at intermediate temperature.

其原因在于中温形成的无碳化物贝氏体具有较高的回火抗力，而无碳化物贝氏体中的热稳定性较高的富碳膜状残余奥氏体使钢呈现较高的韧性。

An Investigation on Middle Temperature Transformation of Super Cooled Austenite after Austenitizing for High Strength and Toughness of Typical Cold Die Steels

典型冷作模具钢经强韧化奥氏体化后的过冷奥氏体中温转变研究

Moreover, metastable austenite field about temperature interval 180 ℃ occurs on CCT diagram, which provides theoretical basis for dual phase's hot rolling procedures.

此外，该钢的CCT曲线上出现了温度间隔约180℃的奥氏体亚稳区，为实现双相化热轧工艺提供了理论依据。

Mediate Temperature Transformation on Grain Boundaries of High Nitrogen Austenite

高氮奥氏体晶界处中温分解研究

The Microstructure is tempered martensite+ bainite+ retained austenite+ carbide dispersion. The microstructure is the main reason of the good comprehensive mechanical properties.

显微组织为回火板条马氏体+下贝氏体+残余奥氏体+弥散碳化物，该组织是耐磨钢与破碎机原衬板相比较，机械性能提高的主要原因。

After normalizing+ tempering twice, all samples are composited of lath tempered martensite and dispersed reverse austenite. The tempered martensite content gradually reduce with the increase of the titanium, and reverse austenite content increase.

试样经过正火+两次回火热处理后，组织由板条回火马氏体和弥散分布的逆变奥氏体组成，回火马氏体随含钛量增加逐渐减少，逆变奥氏体逐渐增加。

The results show that matrix is mainly tempered martensite under the condition of quenching at low temperature and tempering at 550 ℃; retained austenite content increases and martensite content relatively decreases along with the increase of quenching temperature, meanwhile, the wear resistance improves.

结果表明：550℃回火条件下，低温淬火时基体组织以回火马氏体为主，随着淬火温度升高，残余奥氏体含量升高，马氏体含量相对减少，而耐磨性随淬火温度升高逐渐升高；

Segregation model of austenite boundary are established, mechanism of tempered& martensite embrittlement and bainite transformation are analysed thermodynamically.

建立了磷在奥氏体晶界偏聚的模型。分析了回火马氏体脆性的机制。

Austenite grain growth behavior of Nb-V alloying non-quenched and tempered steel

Nb-V复合非调质钢奥氏体晶粒长大行为

Continuous Cooling Transformation of Hot-deformed Austenite of High Carbon Non-quenched and Tempered Steel

一种连杆用高碳非调质钢热变形奥氏体的连续冷却转变

According to tempering hardness change, we analyze the effect of the change of microstructure and adverse transformation austenite on the temper hardness.

根据回火硬度的变化，分析了回火过程中组织转变及逆转变奥氏体对回火硬度的影响。

The content of reverted austenite in laser hardened samples increases with the increase of the tempering time and this leads to the hardness decrease in hardened layer.

相变硬化后，随着回火时间的延长，逆转变奥氏体含量增多，硬化层硬度降低。

The results showed that the main factors, which affected dimension changing of GCr15, included residual austenite content, tempering temperature and tempering time.

根据模型模拟结果表明，影响轴承钢硬化层尺寸稳定性的主要因素是残余奥氏体的含量和回火温度以及回火时间。

For austenite hi-strength stainless steel, the tensile strength of resistance spot welding increases with the welding current and welding cycle under the condition of a constant pressure.

对奥氏体高强不锈钢而言，在压力一定时，电阻点焊拉伸强度随电流和焊接周波增加而增加。

The results show that the increase in Nb content, decreases retained austenite fraction, however, increases tensile strength and yield strength.

实验结果表明：增加铌含量，实验钢的残余奥氏体量减少，抗拉强度和屈服强度增加；

The thermoplasticity in high temperature brittle zone was poor because of the dislocation austenite grain boundary.

Mn18Cr18N钢在高温脆性区塑性变差的原因是由于奥氏体晶界成为位错晶界；